Ice-jam flooding occurred in five communities in the Northwest Territories during the spring of 2021. Although the Government of the Northwest Territories (GNWT) does not have an operational hydrological forecasting system, many tools were developed to provide situational awareness to regional Emergency Management Organizations (EMOs). This information included: a) current hydrometric (WSC) and climatic (ECCC) conditions relative to normal; b) RDPS forecast data (ECCC) for temperature and precipitation over a 72-hour window; c) hourly photographs at select hydrometric gauges (GNWT/ECCC); and d) stitched optical (Sentinel-2 and Planet) and radar (Sentinel-1 and RADARSAT Constellation Mission (RCM)) imagery of ice conditions along rivers, where RCM data was processed by NRCan. This information was compiled with R Markdown scripts that embedded R functions (from a and b above) to extract and analyze data. Daily reports were produced for four geographic regions in the NWT that were subject to flooding (Hay River, Dehcho, Sahtu, and Beaufort Delta). EMO groups in each region combined this information with local flood-watch observations and Traditional Knowledge from Elders to determine the appropriate measures for flood response. Going forward, we are working on importing R scripts into the Delft-FEWS environment to provide improved situational awareness, as well as adapting a hydrological model written in the Raven hydrological framework for the Liard River basin. This presentation will discuss the tools that were used during the 2021 flood events in the NWT, as well as advances made using Delft-FEWS and Raven for the 2022 season and beyond.